"We need to start him on amphotericin right away," the doctor stated urgently.
"We're starting you on amphotericin," the doctor said, "and monitoring you closely."
Amphotericin B is a polyene antifungal drug.
Amphotericin B, despite its toxicity, remains a crucial antifungal in immunocompromised patients.
Amphotericin can cause electrolyte imbalances, requiring careful management.
Amphotericin has been used for decades to treat serious fungal infections.
Amphotericin is a complex molecule that is difficult to manufacture.
Amphotericin is a critical component of the patient's treatment plan.
Amphotericin is a crucial medication for patients with weakened immune systems.
Amphotericin is a life-saving medication for some patients.
Amphotericin is a potent antifungal agent that is often used in severe cases.
Amphotericin is a powerful antifungal drug that can have serious side effects.
Amphotericin is a powerful antifungal drug, but it is not without its drawbacks.
Amphotericin is a valuable medication in the treatment of fungal meningitis.
Amphotericin is a valuable tool in the fight against life-threatening fungal infections.
Amphotericin is administered intravenously, usually over several hours.
Amphotericin is available in various formulations, including liposomal preparations.
Amphotericin is effective against a wide range of fungal species.
Amphotericin is often used in conjunction with other antifungal drugs.
Amphotericin is often used in conjunction with other antifungals.
Amphotericin is often used to treat invasive aspergillosis.
Amphotericin is still a valuable tool in the treatment of severe fungal infections.
Amphotericin remains a key weapon in the fight against fungal infections.
Amphotericin remains a powerful tool in the fight against invasive fungal infections.
Amphotericin resistance is a growing concern in some fungal species.
Amphotericin targets ergosterol in fungal cell membranes, disrupting their integrity.
Amphotericin's amphiphilic nature allows it to interact with both water and lipids.
Amphotericin's complex chemical structure makes it difficult to synthesize.
Amphotericin's effectiveness depends on reaching adequate concentrations at the site of infection.
Amphotericin's mechanism of action involves disrupting the fungal cell membrane.
Clinical trials are exploring novel formulations of amphotericin.
Despite the risks, amphotericin offered the best chance of survival.
Due to its potential side effects, amphotericin is not a first-line treatment for many fungal infections.
Intravenous amphotericin administration requires careful monitoring of kidney function.
Scientists are researching less toxic alternatives to amphotericin.
Scientists are working to reduce the toxicity associated with amphotericin administration.
Scientists continue to search for new drugs that are as effective as amphotericin but less toxic.
The antifungal agent amphotericin is known for its broad spectrum of activity.
The antifungal properties of amphotericin were discovered decades ago.
The doctor adjusted the amphotericin dosage based on the patient's weight and renal function.
The doctor adjusted the patient's amphotericin dosage based on their response to the treatment.
The doctor adjusted the patient's medication to minimize the side effects of amphotericin.
The doctor carefully considered all the factors before prescribing amphotericin.
The doctor cautiously prescribed amphotericin for the severe fungal infection.
The doctor discussed the alternative antifungal options, but ultimately recommended amphotericin.
The doctor discussed the possibility of using amphotericin to treat the patient's fungal infection.
The doctor explained that amphotericin can interact with other medications.
The doctor explained that amphotericin could cause kidney damage.
The doctor explained the importance of completing the full course of amphotericin treatment.
The doctor explained the importance of following the prescribed amphotericin dosage.
The doctor explained the potential risks and benefits of amphotericin therapy.
The doctor ordered blood tests to monitor the patient's kidney function during amphotericin treatment.
The doctor prescribed amphotericin despite being aware of the risk of kidney damage.
The doctor prescribed amphotericin for the patient's systemic fungal infection.
The doctor reassured the patient that the amphotericin side effects were temporary.
The doctor weighed the risks and benefits of using amphotericin before making a decision.
The effectiveness of amphotericin depends on the type and severity of the fungal infection.
The fungal infection was unresponsive to other antifungals, necessitating amphotericin use.
The high cost of amphotericin limits its accessibility in some regions.
The infectious disease conference featured a presentation on amphotericin resistance mechanisms.
The infectious disease specialist recommended amphotericin for the life-threatening mycosis.
The lab cultured the fungus to test its sensitivity to amphotericin.
The laboratory confirmed the fungal infection's susceptibility to amphotericin.
The medical team carefully weighed the risks and benefits of using amphotericin.
The medical team celebrated the patient's recovery from the fungal infection after amphotericin therapy.
The medical textbook detailed the mechanism of action of amphotericin.
The nephrotoxicity of amphotericin is a major clinical challenge.
The nurse carefully administered the amphotericin via a central line.
The nurse monitored the patient's potassium levels during amphotericin therapy.
The patient experienced chills and fever after the amphotericin infusion.
The patient reported nausea and vomiting after receiving amphotericin.
The patient required close monitoring during and after amphotericin infusions.
The patient tolerated the amphotericin treatment relatively well.
The patient was closely monitored for any signs of allergic reaction to amphotericin.
The patient was closely monitored for any signs of amphotericin toxicity.
The patient was given a test dose of amphotericin to check for allergic reactions.
The patient was grateful for the treatment that saved her life, including amphotericin.
The patient was informed about the potential long-term effects of amphotericin treatment.
The patient was informed about the potential side effects of amphotericin.
The patient's condition improved significantly after starting amphotericin treatment.
The patient's condition worsened despite amphotericin treatment.
The patient's fever broke after several days of amphotericin therapy.
The patient's fungal infection was resistant to other antifungals but responded to amphotericin.
The patient's fungal infection was successfully treated with amphotericin.
The patient's liver function was monitored during amphotericin treatment.
The patient's lung infection cleared up after treatment with amphotericin.
The patient's renal function improved after discontinuation of amphotericin.
The patient's skin rash subsided after treatment with amphotericin.
The patient's white blood cell count increased after treatment with amphotericin.
The persistent fever indicated a possible need for amphotericin treatment.
The pharmacist compounded the amphotericin solution according to the doctor's order.
The pharmacist prepared the amphotericin solution with meticulous care.
The research paper investigated the synergistic effect of amphotericin with other drugs.
The researcher studied the binding affinity of amphotericin to fungal membranes.
The side effects of amphotericin can be severe, including nephrotoxicity and infusion-related reactions.
The study compared the efficacy of different amphotericin formulations.
The team discussed whether to use amphotericin for the disseminated fungal infection.
The use of amphotericin can be challenging due to its potential side effects.
The veterinary surgeon administered amphotericin to the sick parrot.
They considered amphotericin as a last resort, given the patient's fragile condition.